Dear Xin,
Sorry, I was wrong in the last reply, the command line argument
problem was just bad result of cut and paste from the email.
However, I have found a couple of issues which are hopefully addressed
in the two attached files.
1) A change to ProvideAsuContents.py to work without a database. This
should replace the file:
/home/programs/ccp4-9/lib/python3.9/site-packages/ccp4i2/wrappers/ProvideAsuContents/script/ProvideAsuContents.py
2) i2run was simply not exiting properly after finishing. The attached
CCP4I2Runner.py should fix this. This belongs in:
/home/programs/ccp4-9/lib/python3.9/site-packages/ccp4i2/core/CCP4I2Runner.py
Please let me know if these do or not fix the problem.
Best wishes,
Stuart
On Fri, 30 Aug 2024 at 08:26, Stuart McNicholas
<[email protected]> wrote:
>
> Dear Xin,
> It appears that the command line arguments are not being parsed
> properly. I am looking into this right now. I hope to have a fix for
> you very shortly.
>
> Best wishes,
> Stuart
>
> On Fri, 30 Aug 2024 at 06:30, [email protected]
> <[email protected]> wrote:
> >
> > Hi all,
> >
> > I am experiencing some issues with i2run command after updating CCP4 to
> > version 9.0.
> >
> > The command I used is as follows:
> >
> > $CCP4/lib/python3.9/site-packages/ccp4i2/bin/i2run ProvideAsuContents \
> > --ASU_CONTENT \
> > sequence=${sequence} \
> > nCopies=1 \
> > polymerType=PROTEIN \
> > --noDb > ASU.log
> >
> > However, I am receiving the following error message:
> >
> > Traceback (most recent call last):
> > File
> > "/home/programs/ccp4-9/lib/python3.9/site-packages/ccp4i2/core/CCP4I2Runner.py",
> > line 740, in <module>
> > threads = app.findChildren(QtCore.QThread)
> > AttributeError: 'NoneType' object has no attribute 'findChildren'
> >
> > I was wondering if you could provide some suggestions on how to solve this
> > problem.
> >
> > Thank you very much for your time and assistance.
> >
> > Best regards,
> > Xin
> >
> > ________________________________
> >
> > To unsubscribe from the CCP4BB list, click the following link:
> > https://www.jiscmail.ac.uk/cgi-bin/WA-JISC.exe?SUBED1=CCP4BB&A=1
########################################################################
To unsubscribe from the CCP4BB list, click the following link:
https://www.jiscmail.ac.uk/cgi-bin/WA-JISC.exe?SUBED1=CCP4BB&A=1
This message was issued to members of www.jiscmail.ac.uk/CCP4BB, a mailing list
hosted by www.jiscmail.ac.uk, terms & conditions are available at
https://www.jiscmail.ac.uk/policyandsecurity/
from core.CCP4PluginScript import CPluginScript
from core import CCP4ModelData
import os,sys
import shutil
from lxml import etree
class ProvideAsuContents(CPluginScript):
TASKNAME = 'ProvideAsuContents' # Task name - should be same as class name
RUNEXTERNALPROCESS=False
def startProcess(self, command, **kw):
asuFileObject = self.container.outputData.ASUCONTENTFILE
asuFileObject.fileContent.seqList.set(self.container.inputData.ASU_CONTENT)
if self._dbHandler:
asuFileObject.saveFile( { 'projectName': self._dbHandler.projectName,
'projectId' : self._dbHandler.projectId,
'jobId' : None,
'jobNumber' : None } )
xmlroot = etree.Element('ASUCONTENTMATTHEWS')
totWeight = 0.0
if len(self.container.inputData.ASU_CONTENT) > 0:
entries = etree.SubElement(xmlroot,"entries")
polymerMode = ""
for seqObj in self.container.inputData.ASU_CONTENT:
if seqObj.nCopies > 0:
if seqObj.polymerType == "PROTEIN":
if polymerMode == "D":
polymerMode = "C"
elif polymerMode == "":
polymerMode = "P"
if seqObj.polymerType in ["DNA","RNA"]:
if polymerMode == "P":
polymerMode = "C"
elif polymerMode == "":
polymerMode = "D"
totWeight = totWeight + seqObj.molecularWeight(seqObj.polymerType)
entry = etree.SubElement(entries,"entry")
nCopies = etree.SubElement(entry,"copies")
name = etree.SubElement(entry,"name")
weight = etree.SubElement(entry,"weight")
sequence = etree.SubElement(entry,"sequence")
nCopies.text = str(seqObj.nCopies)
name.text = str(seqObj.name)
weight.text = "{0:.1f}".format(float(seqObj.molecularWeight(seqObj.polymerType)))
sequence.text = str(seqObj.sequence)
totalWeightTag = etree.SubElement(xmlroot,"totalWeight")
totalWeightTag.text = str(totWeight)
if self.container.inputData.HKLIN.isSet() and len(self.container.inputData.ASU_CONTENT) > 0:
if totWeight > 1e-6:
rv = self.container.inputData.HKLIN.fileContent.matthewsCoeff(molWt=totWeight,polymerMode=polymerMode)
vol = rv.get('cell_volume','Unkown')
volumeTag = etree.SubElement(xmlroot,"cellVolume")
volumeTag.text = str(vol)
matthewsComposition = etree.SubElement(xmlroot,"matthewsCompositions")
for result in rv.get('results',[]):
comp = etree.SubElement(matthewsComposition,"composition")
nMolecules = etree.SubElement(comp,"nMolecules")
solventPercentage = etree.SubElement(comp,"solventPercentage")
matthewsCoeff = etree.SubElement(comp,"matthewsCoeff")
matthewsProbability = etree.SubElement(comp,"matthewsProbability")
nMolecules.text = str(result.get('nmol_in_asu'))
solventPercentage.text = "{0:.2f}".format(float(result.get('percent_solvent')))
matthewsCoeff.text = "{0:.2f}".format(float(result.get('matth_coef')))
matthewsProbability.text = "{0:.2f}".format(float(result.get('prob_matth')))
newXml = etree.tostring(xmlroot,pretty_print=True)
with open (self.makeFileName('PROGRAMXML')+'_tmp','w') as programXmlFile:
if sys.version_info > (3,0):
programXmlFile.write(newXml.decode("utf-8"))
else:
programXmlFile.write(newXml)
shutil.move(self.makeFileName('PROGRAMXML')+'_tmp', self.makeFileName('PROGRAMXML'))
return CPluginScript.SUCCEEDED
from __future__ import print_function
import argparse
import sys
import os
import traceback
import time
from xml.etree import ElementTree as ET
sys.path.append(os.path.dirname(os.path.dirname(os.path.abspath(__file__))))
from core import CCP4TaskManager
from core import CCP4Config
from core import CCP4File
from core import CCP4Data
from core import CCP4ModelData
from core import CCP4XtalData
if sys.platform == "win32":
import ccp4mg
import hklfile
else:
from ccp4mg import hklfile
from core import CCP4Modules
#from lxml import etree
from xml.etree import ElementTree as ET
#import clipper
import gemmi
import numpy
import re
from core.CCP4ErrorHandling import CException
class CI2Runner(object):
def __init__(self, cmdLineArgs, theParser=None):
super(CI2Runner, self).__init__()
self.defXml = None
if not theParser:
theParser = argparse.ArgumentParser(description='C2Runner')
self.add_arguments(theParser, cmdLineArgs)
self.namespace = theParser.parse_args(cmdLineArgs)
self.asuFiles = {}
def availableNameBasedOn(self, filePath):
if not os.path.exists(filePath): return filePath
if "." in filePath:
#Clumsy thing to deal with double dotted extensions like .scene.xml
basePath = filePath.split(".")[0]
extension = "."+".".join(filePath.split(".")[1:])
else:
basePath = filePath
extension = ""
counter = 1
while os.path.exists(basePath+"_"+str(counter)+extension):
counter += 1
return basePath+"_"+str(counter)+extension
def smartSplitMTZ(self, inputFilePath=None, inputColumnPath=None, objectPath=None, intoDirectory=None):
if inputFilePath is None: raise Exception("smartSplitMTZ Exception:", "Must provide an input file")
if not os.path.isfile(inputFilePath): raise Exception("smartSplitMTZ Exception:", "inputFile must exist"+str(inputFilePath))
if inputColumnPath is None: raise Exception("smartSplitMTZ Exception:", "Must provide an input columnPath e.g. '/*/*/[F,SIGFP]'")
if objectPath is not None and intoDirectory is not None: raise Exception("smartSplitMTZ Exception:", "Provide either full output path for file, or name of directory where file should be placed")
if objectPath is None and intoDirectory is None: raise Exception("smartSplitMTZ Exception:", "Provide either full output path for file, or name of directory where file should be placed")
mtz_file = clipper.CCP4MTZfile()
hkl_info = clipper.HKL_info()
mtz_file.open_read (inputFilePath)
mtz_file.import_hkl_info ( hkl_info )
xtal = clipper.MTZcrystal()
mtz_file.import_crystal( xtal, inputColumnPath )
dataset=clipper.MTZdataset()
mtz_file.import_dataset( dataset, inputColumnPath )
providedColumnPaths = mtz_file.column_paths()
selectedColumnLabelsExp=re.compile(r"^/(?P<XtalName>[A-Za-z0-9_. -+\*,]+)/(?P<DatasetName>[A-Za-z0-9_. -+\*,]+)/\[(?P<Columns>[A-Za-z0-9_. -+\*,]+)\]")
columnsMatch=selectedColumnLabelsExp.search(inputColumnPath)
selectedColumnLabelExp=re.compile(r"^/(?P<XtalName>[A-Za-z0-9_. -+\*,]+)/(?P<DatasetName>[A-Za-z0-9_. -+\*,]+)/(?P<Column>[A-Za-z0-9_. -+\*,]+)")
columnMatch=selectedColumnLabelExp.search(inputColumnPath)
if columnsMatch is not None:
selectedColumnPaths =["/{}/{}/{}".format(columnsMatch.group("XtalName"),columnsMatch.group("DatasetName"),column) for column in columnsMatch.group("Columns").split(",") ]
elif columnMatch is not None:
selectedColumnPaths =["/{}/{}/{}".format(columnMatch.group("XtalName"),columnMatch.group("DatasetName"),columnMatch.group("Column"))]
typeSignature = ""
for selectedColumnPath in selectedColumnPaths:
selectedColumnMatch = selectedColumnLabelExp.search(selectedColumnPath)
for providedColumnPath in providedColumnPaths:
#Generating clipper String and then calling str to deal with
#Known unpredictable bug in clipper-python
try:
columnName, columnType = str(clipper.String(providedColumnPath)).split(" ")
except NotImplementedError as err:
columnName, columnType = str(providedColumnPath).split(" ")
parsedColumnMatch = selectedColumnLabelExp.search(columnName)
if ((selectedColumnMatch.group("XtalName") == "*" or selectedColumnMatch.group("XtalName") == parsedColumnMatch.group("XtalName")) and
(selectedColumnMatch.group("DatasetName") == "*" or selectedColumnMatch.group("DatasetName") == parsedColumnMatch.group("DatasetName")) and
selectedColumnMatch.group("Column") == parsedColumnMatch.group("Column")):
typeSignature += columnType
break
#print("Type signature", typeSignature)
if typeSignature == "FQ":
extractedData = clipper.HKL_data_F_sigF_float(hkl_info)
cls = CCP4XtalData.CObsDataFile
contentType = 4
if typeSignature == "JQ":
extractedData = clipper.HKL_data_I_sigI_float(hkl_info)
cls = CCP4XtalData.CObsDataFile
contentType = 3
if typeSignature == "GLGL" or typeSignature == "FQFQ":
extractedData = clipper.HKL_data_F_sigF_ano_float(hkl_info)
cls = CCP4XtalData.CObsDataFile
contentType = 2
if typeSignature == "KMKM" or typeSignature == "JQJQ":
extractedData = clipper.HKL_data_I_sigI_ano_float(hkl_info)
cls = CCP4XtalData.CObsDataFile
contentType = 1
elif typeSignature == "AAAA":
extractedData = clipper.HKL_data_ABCD_float(hkl_info)
cls = CCP4XtalData.CPhsDataFile
contentType = 1
elif typeSignature == "PW":
extractedData = clipper.HKL_data_Phi_fom_float(hkl_info)
cls = CCP4XtalData.CPhsDataFile
contentType = 2
elif typeSignature == "I":
extractedData = clipper.HKL_data_Flag(hkl_info)
cls = CCP4XtalData.CFreeRDataFile
contentType = 1
outputColumnPath = "[{}]".format(','.join(getattr(cls, "CONTENT_SIGNATURE_LIST")[contentType-1]))
mtz_file.import_hkl_data( extractedData, inputColumnPath )
mtz_file.close_read()
if intoDirectory is not None:
firstGuess = os.path.join(intoDirectory,typeSignature+'_ColumnsFrom_'+os.path.split(inputFilePath)[1])
objectPath = availableNameBasedOn(firstGuess)
mtzout = clipper.CCP4MTZfile()
mtzout.open_write( objectPath )
mtzout.export_hkl_info( hkl_info )
crystalName = clipper.String(xtal.crystal_name())
datasetName = clipper.String(dataset.dataset_name())
outputColumnPath = "/{}/{}/{}".format(str(crystalName), str(datasetName), outputColumnPath )
mtzout.export_crystal( xtal, outputColumnPath )
mtzout.export_dataset( dataset, outputColumnPath )
mtzout.export_hkl_data( extractedData, outputColumnPath )
mtzout.close_write()
return objectPath
def gemmiSplitMTZ(self, inputFilePath=None, inputColumnPath=None, objectPath=None, intoDirectory=None):
if inputFilePath is None: raise Exception("smartSplitMTZ Exception:", "Must provide an input file")
if not os.path.isfile(inputFilePath): raise Exception("smartSplitMTZ Exception:", "inputFile must exist"+str(inputFilePath))
if inputColumnPath is None: raise Exception("smartSplitMTZ Exception:", "Must provide an input columnPath e.g. '/*/*/[F,SIGFP]'")
if objectPath is not None and intoDirectory is not None: raise Exception("smartSplitMTZ Exception:", "Provide either full output path for file, or name of directory where file should be placed")
if objectPath is None and intoDirectory is None: raise Exception("smartSplitMTZ Exception:", "Provide either full output path for file, or name of directory where file should be placed")
mtzin = gemmi.read_mtz_file(inputFilePath)
providedColumnNames = mtzin.column_labels()
if inputColumnPath.startswith('/'): inputColumnPath = inputColumnPath[1:]
if len(inputColumnPath.split('/')) not in [1,3]: raise Exception("smartSplitMTZ Exception:", "Invalid input columnPath")
selectedColumns = re.sub('[\[\] ]','',inputColumnPath.split('/')[-1]).split(',')
outputColumns = [mtzin.column_with_label(label) for label in ['H', 'K', 'L']]
typeSignature = ''
for columnLabel in selectedColumns:
if providedColumnNames.count(columnLabel) == 1:
column = mtzin.column_with_label(columnLabel)
outputColumns.append(column)
typeSignature += column.type
else:
if len(inputColumnPath.split('/')) != 3: raise Exception("smartSplitMTZ Exception:", "Input file requires full input columnPath e.g. '/crystal/dataset/[F,SIGFP]'")
for dataset in mtzin.datasets:
if dataset.crystal_name == inputColumnPath.split('/')[-3] and dataset.dataset_name == inputColumnPath.split('/')[-2]:
column = mtzin.column_with_label(columnLabel, mtzin.dataset(dataset.id))
outputColumns.append(column)
typeSignature += column.type
if len(outputColumns[3:]) != len(selectedColumns): raise Exception("smartSplitMTZ Exception:", "Unable to select columns from input file'")
if intoDirectory is not None:
firstGuess = os.path.join(intoDirectory,typeSignature+'_ColumnsFrom_'+os.path.split(inputFilePath)[1])
objectPath = availableNameBasedOn(firstGuess)
mtzout = gemmi.Mtz()
mtzout.spacegroup = mtzin.spacegroup
mtzout.cell = mtzin.cell
mtzout.add_dataset('HKL_base')
if len (mtzin.datasets) > 1:
dataset = outputColumns[-1].dataset
ds = mtzout.add_dataset(dataset.project_name)
ds.crystal_name = dataset.crystal_name
ds.dataset_name = dataset.dataset_name
ds.wavelength = dataset.wavelength
outputColumnLabels = ['H', 'K', 'L']
labelsDict = {'FQ':{'cls':CCP4XtalData.CObsDataFile, 'contentType':4},
'JQ':{'cls':CCP4XtalData.CObsDataFile, 'contentType':3},
'GLGL':{'cls':CCP4XtalData.CObsDataFile, 'contentType':2},
'FQFQ':{'cls':CCP4XtalData.CObsDataFile, 'contentType':2}, # surely not
'KMKM':{'cls':CCP4XtalData.CObsDataFile, 'contentType':1},
'JQJQ':{'cls':CCP4XtalData.CObsDataFile, 'contentType':1}, # surely not
'AAAA':{'cls':CCP4XtalData.CPhsDataFile, 'contentType':1},
'PW':{'cls':CCP4XtalData.CPhsDataFile, 'contentType':2},
'I':{'cls':CCP4XtalData.CFreeRDataFile, 'contentType':1}
}
outputColumnLabels.extend(getattr(labelsDict[typeSignature]['cls'], "CONTENT_SIGNATURE_LIST")[labelsDict[typeSignature]['contentType']-1])
for i, column in enumerate(outputColumns):
mtzout.add_column(outputColumnLabels[i], column.type, dataset_id=0) if i < 3 or len(mtzin.datasets) <= 1 else mtzout.add_column(outputColumnLabels[i], column.type, dataset_id=1)
data = numpy.stack(outputColumns, axis=1)
mtzout.set_data(data)
mtzout.history = ['MTZ file created from {} using gemmi.'.format(os.path.basename(inputFilePath))]
mtzout.write_to_file(objectPath)
return objectPath
def recursivelyBuildXML(self, fileName):
#print ("In build of ", fileName)
taskDefXML = ET.parse(fileName)
#print (ET.tostring(taskDefXML.getroot()))
#print fileName
#print CCP4i2Utils.prettifyXML(ET.tostring(taskDefXML.getroot()))
taskBodyNode = taskDefXML.getroot().findall('ccp4i2_body')[0]
superclassDefXMLNodes = taskBodyNode.findall('file')
for superclassDefXMLNode in superclassDefXMLNodes:
#assert(superclassDefXMLNode.findall('project')[0].text == 'CCP4I2_TOP')
#Windows fix needed here
fullPath = os.path.join(os.path.dirname(__file__),"..",
superclassDefXMLNode.findall('CI2XmlDataFile/relPath')[0].text,
superclassDefXMLNode.findall('CI2XmlDataFile/baseName')[0].text)
superclassXML = self.recursivelyBuildXML(fullPath)
superclassBodyNode = superclassXML.getroot().findall('ccp4i2_body')[0]
for inputFolderName in ["inputData", "controlParameters", "keywords"]:
try:
xpath = 'ccp4i2_body/container[@id="{}"]'.format(inputFolderName)
classDataNode = taskDefXML.getroot().findall(xpath)[0]
except IndexError as err:
classDataNode = ET.SubElement(taskBodyNode,"container",id=inputFolderName)
try:
xpath = 'ccp4i2_body/container[@id="{}"]'.format(inputFolderName)
superclassXMLDataNode = superclassXML.getroot().findall(xpath)[0]
except IndexError as err:
superclassXMLDataNode = ET.SubElement(superclassBodyNode,"container",id=inputFolderName)
for contentNode in superclassXMLDataNode.findall('content'):
xpathOfContent ='content[@id="{}"]'.format(contentNode.attrib['id'])
if len(classDataNode.findall(xpathOfContent)) == 0:
classDataNode.append(contentNode)
else:
print("Not replacing", contentNode)
for containerNode in superclassXMLDataNode.findall('container'):
xpathOfContent ='container[@id="{}"]'.format(containerNode.attrib['id'])
if len(classDataNode.findall(xpathOfContent)) == 0:
classDataNode.append(containerNode)
else:
print("Not replacing", containerNode)
taskBodyNode.remove(superclassDefXMLNode)
#print ET.tostring(taskDefXML.getroot())
#print "Out build of ", fileName
return taskDefXML
def defXMLForTaskName(self, taskName):
cachedData = {}
with open(os.path.join(os.path.split(__file__)[0], "DefXMLCache.json"),"r") as cacheFile:
cachedData = json.loads(cacheFile.read())
relPath = cachedData[taskName]
fullPath = os.path.join(os.environ['CCP4'], relPath[1:])
return self.recursivelyBuildXML(fullPath)
def setEntityValue(self, entityToModify, valueItem):
#print("EtoM [{}] [{}]".format(entityToModify, valueItem))
if isinstance(entityToModify,(CCP4File.CDataFile,)) and isinstance(valueItem, (str,)):
#Here if setting a CDataFile with a string look to see if using fileUse
searchGroup = re.match('(?P<propertyName>[^=]*)\=(?P<propertyValue>.*)', valueItem)
if searchGroup is not None:
print(searchGroup.group('propertyName'), searchGroup.group('propertyValue'))
print('setting CDataFile with string...setting fullpath')
entityToModify.setFullPath(os.path.normpath(os.path.expandvars(valueItem)))
print('New full path', entityToModify.getFullPath())
return
try:
entityToModify.set(valueItem)
#print("Set {} type {} to value {}".format(entityToModify, type(entityToModify), valueItem))
#print(entityToModify.isSet())
except CException as err:
print("Failed to set {} type {} to value {}".format(entityToModify, type(entityToModify), valueItem))
print(err)
raise err
except ValueError as err:
print("Failed setting attribute {} to value {}".format(entityToModify, valueItem))
print(err)
raise err
def fileUse(self, projectName, propertyValue):
jobNumber, jobParamName = propertyValue.split(".")
#See if jobParamName includes an array-like index
arrayGroup = re.match('(?P<jobParamName>.*)\[(?P<arrayIndexStr>[0-9]+)\]', jobParamName)
paramToFind = jobParamName
oneToTake = 0
if arrayGroup is not None:
paramToFind = arrayGroup.group('jobParamName')
oneToTake = int(arrayGroup.group('arrayIndexStr'))
#print(jobParamName, paramToFind, jobNumber)
try:
intJobNumber = int(jobNumber)
#print("intJobNumber", intJobNumber)
if intJobNumber < 0:
allJobs = self.pm.db().getProjectJobListInfo(mode=['jobnumber','taskname'], projectName=projectName, topLevelOnly=True)
print("Corresponding job", allJobs[intJobNumber])
#NB intJobNumber + 1 because the current job is last in this list (i.e. python index -1),
#the previous job is -2, etc.
jobNumber = allJobs[intJobNumber-1]['jobnumber']
print("intJobNumber", intJobNumber)
except:
print("jobNumber is not int-able", jobNumber)
jobId = self.pm.db().getJobInfo(projectName=projectName, jobNumber=jobNumber)['jobid']
try:
filesInfo = self.pm.db().getJobFilesInfo(jobId=jobId, jobParamName=paramToFind)
return filesInfo[oneToTake]['fileId']
except IndexError as err:
filesInfo = self.pm.db().getJobFilesInfo(jobId=jobId, jobParamName=paramToFind, input=True)
try:
return filesInfo[oneToTake]['fileId']
except IndexError as err:
raise Exception('Failed to find a fileUse with param name {} on job with Id {}'.format(paramToFind, jobId))
def addSequenceToASU(self, cAsuDataFile, sequenceToExtract):
#print('ASUfile [{}] [{}] [{}]'.format( cAsuDataFile.fullPath, cAsuDataFile.fullPath is None, len(cAsuDataFile.fullPath)==0, sequenceToExtract))
firstSequence = False
#print("cAsuDataFile full Path is ", cAsuDataFile.fullPath)
if cAsuDataFile.fullPath is None or len(cAsuDataFile.fullPath) == 0:
#print("fullPath is None")
import tempfile
tempASUFile = tempfile.NamedTemporaryFile(delete=True, suffix=".asucontent.xml")
tempASUFile.close()
xmlFileObject = CCP4File.CI2XmlDataFile(tempASUFile.name)
xmlFileObject.header.setCurrent()
xmlFileObject.header.function.set('ASUCONTENT')
#xmlFileObject.header.projectName.set(projectName)
baseRoot=ET.Element("root")
sequenceListRoot=ET.SubElement(baseRoot, 'seqList')
xmlFileObject.saveFile(baseRoot)
cAsuDataFile.setFullPath(tempASUFile.name)
firstSequence = True
#print('ASUfile [{}] [{}]'.format( cAsuDataFile.fullPath, sequenceToExtract))
cAsuDataFile.loadFile()
sequenceFile = CCP4ModelData.CSeqDataFile()
sequenceFile.setFullPath(sequenceToExtract)
sequenceFile.loadFile()
if not firstSequence:
cAsuDataFile.fileContent.seqList.append(cAsuDataFile.fileContent.seqList.makeItem())
try:
entry = cAsuDataFile.fileContent.seqList[-1]
except IndexError as err:
#print ("Adding a sequence element to the ASU Data file")
cAsuDataFile.fileContent.seqList.append(cAsuDataFile.fileContent.seqList.makeItem())
entry = cAsuDataFile.fileContent.seqList[-1]
entry.nCopies = 1
entry.sequence = sequenceFile.fileContent.sequence
entry.name = sequenceFile.fileContent.identifier.replace(" ","_").replace("|","_").replace("/","_").replace(":","_")
entry.description = sequenceFile.fileContent.description
entry.autoSetPolymerType()
cAsuDataFile.buildSelection()
cAsuDataFile.saveFile()
return cAsuDataFile.fullPath
def extractColumns(self, inputFile, columnsToExtract, jobDirectory):
targetPath = os.path.join(jobDirectory,os.path.basename(inputFile.getFullPath().__str__()))
targetPath = self.availableNameBasedOn(targetPath)
#print("targetPath", targetPath)
self.gemmiSplitMTZ(inputFilePath=inputFile.getFullPath().__str__(),
inputColumnPath=columnsToExtract,
objectPath=targetPath)
inputFile.setFullPath(targetPath)
inputFile.setContentFlag(reset=True)
def add_arguments(self, parser, cmdLineArgs):
taskName = cmdLineArgs[1]
#print "taskName",taskName
#Add this to swallow the taskname which is mostly used as the first positional argument
parser.add_argument(taskName, type=str, nargs='+',)
#print "CCP4TaskManager.__file__",CCP4TaskManager.__file__
self.taskManager = CCP4TaskManager.CTaskManager()
defXmlPath = self.taskManager.searchDefFile(taskName)
if defXmlPath is None:
raise Exception('No defXML discovered for task with name {}'.format(taskName))
from core import CCP4File
defXml = self.recursivelyBuildXML(defXmlPath)
parent_map = dict((c, p) for p in defXml.iter() for c in p)
keywords = defXml.findall(".//content")
outputKeywords = defXml.findall('.//container[@id="outputData"]/content')
parser.add_argument('--projectName', type=str,)
parser.add_argument('--projectPath', type=str, default=None)
parser.add_argument('--dbFile', default=None)
parser.add_argument('--noDb', action='store_true')
parser.add_argument('--taskName', type=str, default=taskName)
parser.add_argument('--jobDirectory', type=str, default=os.getcwd())
for keyword in keywords:
if keyword not in outputKeywords:
argumentText = keyword.attrib['id']
#Here handle case that the same "ultimate" content name occurs more than once,
#presumably due to having distinct "container" nesting in the .def.xml
if len(defXml.findall('.//content[@id="{}"]'.format(keyword.attrib['id']))) > 1:
currentNode = keyword
#print(parent_map[currentNode].attrib, parent_map[currentNode].attrib['id'])
while parent_map[currentNode].tag != "ccp4i2_body":
argumentText = parent_map[currentNode].attrib['id']+'.'+argumentText
currentNode = parent_map[currentNode]
#print(currentNode)
commandFlag = '--'+argumentText
className = "".join([classNameNode.text for classNameNode in keyword.findall("className")])
helpText = "".join([toolTipNode.text for toolTipNode in keyword.findall("qualifiers/toolTip") if toolTipNode.text is not None])
try:
if className in ["CList", "CImportUnmergedList", "CAsuContentSeqList", "CEnsembleList"]:
parser.add_argument(commandFlag, type=str, nargs='+', help="{}:{}".format(className, helpText), action="append")
else:
try:
enumerators = keyword.findall('qualifiers/enumerators')
parser.add_argument(commandFlag, type=str, help="{}:{}".format(className, helpText), choices=enumerators[0].text.split(","), nargs='+')
except:
parser.add_argument(commandFlag, type=str, help="{}:{}".format(className, helpText), nargs='+')
except argparse.ArgumentError as err:
print("Problem handling argument ", err)
#print ET.tostring(defXml.getroot())
self.defXml = defXml
def configure(self):
kwargs = vars(self.namespace)
#print("kwargs", kwargs)
def etree_iter_path(node, tag=None, path='.'):
if tag == "*":
tag = None
if tag is None or node.tag == tag:
yield node, path
for child in node:
_child_path = '%s/%s' % (path, child.attrib.get('id',None))
for child, child_path in etree_iter_path(child, tag, path=_child_path):
yield child, child_path
pathMap = {}
for elem, path in etree_iter_path(self.defXml.getroot()):
pathMap[elem] = path
sys.path.append(os.path.dirname(os.path.dirname(__file__)))
from core.CCP4TaskManager import CTaskManager
theClass = CTaskManager().getPluginScriptClass(kwargs['taskName'])
if not os.path.isdir(kwargs['jobDirectory']):
print("Job directory {} does not exist".format(kwargs['jobDirectory']))
if kwargs["noDb"]:
theWrapper = theClass(workDirectory=kwargs['jobDirectory'])
jobDirectory = kwargs['jobDirectory']
else:
from core import CCP4ProjectsManager
from utils import startup
CCP4ProjectsManager.CProjectsManager.insts = None
self.pm = startup.startProjectsManager(dbFileName=kwargs.get('dbFile',None))
if kwargs.get('projectPath', None) is not None:
try:
projectId = self.pm.createProject(projectName=kwargs.get('projectName',None),
projectPath=kwargs.get('projectPath',None))
print('Created project [{}] with name [{}] in directory [{}]'.format(projectId, kwargs.get('projectName',None), kwargs.get('projectPath',None)))
except CException as err:
#print(len(err._reports))
if err._reports[0]['code'] == 117:
print("Project with this path already exists")
projectData = self.pm.db().getProjectInfo(projectName=kwargs.get('projectName',None), projectId=kwargs.get('projectId',None))
self.pm.db().resetLastJobNumber(projectId=projectData['projectid'])
print('projectData', projectData)
projectName = projectData['projectname']
projectId = projectData['projectid']
from dbapi import CCP4DbUtils
theWrapper = CCP4DbUtils.COpenJob(projectId=projectData['projectid'])
theWrapper.createJob(taskName = kwargs['taskName'])
jobDirectory = theWrapper.jobDir
#print ("kwargs.items", kwargs.items())
#Here a fix, because it may happen that a keyword will match a content id in the "outputData" folder,
#since outputData elements may take the same name as an input. Here I collect content nodes taht are
#descendents of outputData, to exclude from being set downstream
outputDataContainers = self.defXml.findall('.//container[@id="outputData"]')
outputDataNodes = []
for outputDataContainer in outputDataContainers:
outputDataNodes += outputDataContainer.findall('.//content')
ccp4i2BodyNodes = self.defXml.findall('ccp4i2_body')
assert len(ccp4i2BodyNodes) == 1
ccp4i2BodyNode = ccp4i2BodyNodes[0]
def expandValue(value):
if isinstance(value, list):
patchedSubkeywordList = []
subKeywordIterator = iter(value)
appending = False
for nextElement in subKeywordIterator:
try:
#nextElement = subKeywordIterator.__next__()
if isinstance(nextElement, list):
nextElement = expandValue(nextElement)
patchedSubkeywordList.append(nextElement)
elif "=" in nextElement:
patchedSubkeywordList.append(nextElement)
appending = True
elif appending:
patchedSubkeywordList[-1] += " {}".format(nextElement)
else:
patchedSubkeywordList.append(nextElement)
except StopIteration:
break
value = patchedSubkeywordList
return value
for key, value in kwargs.items():
#Here a truly nasty thing to deal with possibility that value is a list of
#subKeyword=subValue entries *one or more of which might have spaces in the subValuefield*
if isinstance(value, list):
value = expandValue(value)
if value is not None:
print("Processing command ", key, value)
currentNode = ccp4i2BodyNode
keyPath = key.split(".")
#print('keyPath', keyPath)
for i in range(len(keyPath)-1):
currentNode = currentNode.findall('container[@id="{}"]'.format(keyPath[i]))[0]
valueNodes = currentNode.findall('.//content[@id="'+keyPath[-1]+'"]')
#print("nodes", valueNodes)
nonOutputValueNodes = [node for node in valueNodes if node not in outputDataNodes]
#print("nonOutputValueNodes", nonOutputValueNodes)
assert len(nonOutputValueNodes) <= 1
for defXmlNode in nonOutputValueNodes:
#defXmlNode = nodes[0]
dataPathElements = pathMap[defXmlNode].split('/')
theEntity = getattr(theWrapper,"container")
for pathElement in dataPathElements[2:]:
#print("Moving on to pathElement", pathElement)
theEntity = getattr(theEntity, pathElement)
parameterName = dataPathElements[-1]
#print('Parameter name: [{}] [{}]'.format( parameterName, type(theEntity)))
if isinstance(theEntity,(CCP4Data.CList,)) and not isinstance(theEntity,(CCP4Data.CString,)):
entityList = theEntity
valueLists = value
else:
entityList = [theEntity]
valueLists = [value]
#print(parameterName, valueLists)
lastDictKey="NullKey"
for iValue, valueAsList in enumerate(valueLists):
#print("1:", iValue, valueAsList, type(valueAsList), isinstance(valueAsList, CCP4Data.CString))
if isinstance(entityList,(CCP4Data.CList,)):
while len(entityList) < iValue+1:
entityList.append(entityList.makeItem())
entityToModify = entityList[iValue]
for valueItem in valueAsList:
#print("\t",valueItem)
#First deal with double quoted value.
#Assume that the entityToModify will accept a "set" for the quoted value
if valueItem.startswith('"') and valueItem.endswith('"'):
try:
entityToModify.set(valueItem[1:-2])
except CException as err:
print("Failed setting attribute {} on {} to value {}".format(parameterName, entityToModify, valueItem[1:-2]))
print(err)
raise err
except ValueError as err:
print("Failed setting attribute {} on {} to value {}".format(parameterName, entityToModify, valueItem[1:-2]))
print(err)
raise err
#Now deal with subElement=subValue examples
elif "=" in valueItem:
valueItemGroup = re.match('(?P<propertyName>[^=]*)\=(?P<propertyValue>.*)', valueItem)
propertyName = valueItemGroup.group('propertyName')
propertyValue = valueItemGroup.group('propertyValue')
propertyPathElements = propertyName.split("/")
propertyToModify = entityToModify
parentProperty = None
for iPathElement, propertyPathElement in enumerate(propertyPathElements):
#Look to see if there is an index in the propertyPathELement
pathElementGroup = re.match('(?P<arrayName>[^=]*)\[(?P<arrayIndex>.*)\]', propertyPathElement)
if pathElementGroup is None:
deconvolutedPathElement = propertyPathElement
deconvolutedIndex = 0
else:
deconvolutedPathElement = pathElementGroup.group('arrayName')
deconvolutedIndex = int(pathElementGroup.group('arrayIndex'))
#print('Reached {} {} {}'.format(type(propertyToModify), deconvolutedPathElement, propertyValue) )
#Here handle specialisations for various CDataFile types
if isinstance(propertyToModify,(CCP4Data.CDict,)):
#print("CCP4Data.CDict", deconvolutedPathElement, propertyValue)
if deconvolutedPathElement == 'key':
lastDictKey = propertyValue
continue
elif deconvolutedPathElement == 'value':
#print("CDict/value", deconvolutedPathElement, deconvolutedIndex, propertyToModify, lastDictKey)
propertyToModify[lastDictKey] = propertyValue
continue
elif isinstance(propertyToModify,(CCP4ModelData.CAtomSelection,)):
print(entityToModify)
if deconvolutedPathElement == 'text':
propertyToModify.text.set(propertyValue)
#print("[{}] [{}] [{}]".format(entityToModify, entityToModify.selection, entityToModify.selection.text))
#print(etree.tostring(entityToModify.getEtree()))
continue
elif isinstance(propertyToModify,(CCP4ModelData.CAsuDataFile,)):
if deconvolutedPathElement == 'seqFile':
fullPath = self.addSequenceToASU(propertyToModify, os.path.normpath(os.path.expandvars(propertyValue)))
propertyToModify.setFullPath(fullPath)
#print("CCP4ModelData.CAsuDataFile", deconvolutedPathElement, propertyToModify.fullPath, propertyToModify.baseName)
continue
elif isinstance(propertyToModify,(CCP4XtalData.CMiniMtzDataFile,)):
if deconvolutedPathElement == 'columnLabels':
self.extractColumns(propertyToModify, propertyValue, jobDirectory)
#print("CCP4XtalData.CMiniMtzDataFile", deconvolutedPathElement)
continue
#Following applies to all CDataFiledescendents
if isinstance(propertyToModify,(CCP4File.CDataFile,)):
#print("Evaluating CDataFile ", projectName, deconvolutedPathElement, iPathElement, len(propertyPathElements))
if deconvolutedPathElement == 'fileUse':
dbFileId = self.fileUse(projectName, propertyValue)
propertyToModify.setDbFileId(dbFileId)
continue
elif deconvolutedPathElement == 'fullPath':
propertyToModify.setFullPath(os.path.normpath(os.path.expandvars(propertyValue)))
continue
elif deconvolutedPathElement == 'dbFileId':
propertyToModify.setDbFileId(propertyValue)
continue
try:
propertyOrArryToModify = getattr(propertyToModify, deconvolutedPathElement)
if isinstance(propertyOrArryToModify,(CCP4Data.CList,)):
#print("property {} is a CList".format(deconvolutedPathElement))
#Here if the pathElement is a CList...see if index is specified
while len(propertyOrArryToModify) < deconvolutedIndex+1:
propertyOrArryToModify.append(propertyOrArryToModify.makeItem())
propertyToModify = propertyOrArryToModify[deconvolutedIndex]
else:
propertyToModify = propertyOrArryToModify
#print(type(propertyToModify))
except CException as err:
print("Failed to get property {} on {}".format(deconvolutedPathElement, type(propertyToModify)))
raise err
if iPathElement == len(propertyPathElements)-1:
self.setEntityValue(propertyToModify, propertyValue)
continue
else:
self.setEntityValue(entityToModify, valueItem)
#print('after setting, the Entity:', theEntity)
#print (getattr(theWrapper,"container"))
return theWrapper
def run(self):
kwargs = vars(self.namespace)
theWrapper = self.configure()
if kwargs['noDb']:
self.runNoDb(theWrapper)
else:
self.runWithDb(theWrapper)
def runNoDb(self, theWrapper):
theWrapper.doAsync=False
theWrapper.process()
rv = theWrapper.getErrorReport()
print(rv.report(ifStack=True))
def runWithDb(self, cOpenJob):
from PySide2 import QtCore
rv = cOpenJob.saveParams()
cOpenJob.openJob()
ifImportFile, errors = self.pm.importFiles(jobId=cOpenJob.jobId, container=cOpenJob.container)
#print(ifImportFile, errors)
#Record input files in database
from dbapi import CCP4DbApi
self.pm.db().gleanJobFiles(jobId=cOpenJob.jobId,container=cOpenJob.container,
roleList=[CCP4DbApi.FILE_ROLE_IN])
rv = cOpenJob.saveParams()
jc=CCP4Modules.JOBCONTROLLER()
jc.setDiagnostic(True)
jc.setDbFile(self.pm.db()._fileName)
lastJobFinishCheckTime = time.time()
jc.runTask(cOpenJob.jobId)
doContinue = True
while doContinue:
t = time.time()
finishedJobs = self.pm.db().getRecentlyFinishedJobs(after=lastJobFinishCheckTime)
print("Any recently finished jobs ...?")
print(finishedJobs)
lastJobFinishCheckTime = t
if len(finishedJobs) > 0:
print("... yes ...")
for j in finishedJobs:
if len(j)>5 and not j[5]:
print("... attempting to stop ...")
doContinue = False
time.sleep(4)
print("Attempting to close DB...")
self.pm.db().close()
print("Returning...")
return
if __name__ == "__main__":
print("##################################################")
print("##################################################")
print("RUNNING NEW CCP4I2Runner")
print("##################################################")
print("##################################################")
try:
theRunner = CI2Runner(sys.argv)
theRunner.run()
#Quit any web server threads
from PySide2 import QtCore
app = QtCore.QCoreApplication.instance()
if app:
threads = app.findChildren(QtCore.QThread)
print("##################################################")
print("Quitting threads ...")
print("##################################################")
for t in threads:
if hasattr(t,"quitServer"):
t.quitServer()
print("Waiting for thread",t)
timer = QtCore.QDeadlineTimer(1000)
t.wait(timer)
t.exit()
print("##################################################")
print("##################################################")
print("EXITING FROM NEW CCP4I2Runner")
print("##################################################")
print("##################################################")
sys.exit(0)
except Exception as err:
print("Failed with exception ", err)
traceback.print_exc()
sys.exit(1)
